Kodak Ektachem DT User manual
Puolication
io.
XP3111-13
Kodak
Service
for
Ektachem
Publication
the
DTSC
MODULE
The
information
contained
herein
is
based
PLEASE
on
the
experience
NOTE
and
knowledge
relating
to
the
subject
matter
gained
No
Eastman
Warranty,
including
15
by
Eastman
patent
caused
license
Kodak
express
consequential
by
Kodak's
Kodak
is
granted
Company
or
implied,
Company
by
reserves
with
or
special
negligence
prior
this
information.
the
respect
damages.
or
other
to
publication
right
to
to
this
information.
resulting
fault
change
from
this
Kodak
the
use
information
shall
of
this
without
not
be
liable
information,
notice.
for
even
and
any
loss
if
loss
makes
or
damage.
or
damage
no
a
\
i
YA
J
This
damage
damage
equipment
from
during
electrostatic
includes
all
service
+
CAUTION
parts
discharge.
procedures.
and
+
assemolies
Use
sensitive
caution
to
to
prevent
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Contents
of
the
Service
Publication
Section
Section
General
Normal
Information
Contents
Special
Labels
Operation
Slide
Slide
Slide
Transport
Identification
Spotting
Tools
System
System
System
Publication
XP3111-1
XP3111-2
No.
Section
Section
7.
8.
CANCELLED.
For
publication
CANCELLED.
For
publication
site
installation
specifications,
for the
for
see
Kodak
instructions,
the
Kodak
Publication
the
Ektachem
see the
Ektachem
service
DT60
DT60
No.
ANALYZER
service
ANALYZER
Section
Section
HALL
CANCELLED.
For
publication
Diagnostics
Diagnosing
Error
EFFECT
information
and
Code
Tables
BOARD
for
Repairing
on
the
options,
Kedak
see
Ektachem
Malfunctions
the
service
DT60
XP3111-4
ANALYZER
Section
Section
Section
9.
10.
11.
Special
Parts/Removals
CANCELLED.
Procedures
Correction
DR
Computer
For
Procedures
the
Factors
Interface
glossary,
see
the
XP3111-9
XP3111-19
service
Section
Section
Error
Checkout
Diagrams XP3111-5
Adjustments
FLASH
SLIDE
SPOT
BAR
TIP
Conditions
Procedures
LAMP
TRANSPORT
DETECCTOR
CODE
-
Height
READER
-
Illumination
BELT
SENSOR
-
-
Tension
-
Voltage
XP3111-6
Voltage
Section
Section
Section
12.
13.
14.
publication
CANCELLED.
For
publication
Newsletters
Notes
for the
modifications,
for the
Kodak
see the
Kodak
Ektachem
service
Ektachem
DT60
DT60
ANALYZER
ANALYZER
XP3111-13
2/89
To
for
To
XP3111-13
order
the
order
a
complete
Service
the
complete
set
Publication,
of
service
Tabs,
use
publication,
the
publication
Title
Page,
no.
use
and
XP3111-13.
PK3111.
Contents
page
2/89
Publication
No.
XP3111-1
4/86
Kodak
DTSC
General
Ektachem
MODULE
Information
The
information
Company
No patent
Eastman
with
resulting
prior
license
Kodak
respect
from
Section
contained
to
publication
is
granted
Company
to
this
information.
the
use
herein
reserves
of
this
is
based
by
this
tha
Kodak
information.
on
the
exparience
information
right
to
change
shall
not
be
even
if
loss
PLEASE
and
this
information
lisble
for
or
damage
NOTE
knowiedge
any
is
relating
without
loss
or
caused
notice.
by
Kodak's
to
the
subject
and
makes
damage.
including
negligence
1
matter
no
consequential
gained
warranty.
or
other
by
Eastman
express
or
special
fault
or
damages.
Kodak
implied,
©
Eastman
Kodak
Company,
1986
Table
of
Contents
Figure
No.
Contents
Configuration
Special
of
Tools
the
of
Service
the
DTSC
Publication......,.............sssese
MODULE..............
sn
ne
al
2-9
XP3111-1,
4/86
~
Contents
of
the
The
service
General
Normal
Options
Diagrams
Diagnostics
Adjustments
Site
Installation
publication
Information
Operation
Specifications
includes
Instructions
the
Service
following
Publication
sections:
The
and
addition
parts
installation
Special
Parts
Glossary
Modifications
Newsletters
Notes
Comment
and
to
removals
removals,
Procedures
and
Removals
Card
instructions
section
illustrated
includes
for
some
parts,
adjustment
of
the
and
specifications
assemblies,
numerical
and
alphabetical
indexes.
Figure
XP3111-1,
1
4/86
XP3111-1,
4/86
1.2
READ
ARM AND
PREHEAT
HEATER
ARM AND
ASSEMBLY
Configuration
DTSC
MODULE
SENSOR
BAR
Green
CODE
of
BRACKET
READER
LED,
and
the
with
BOARD,
SPOT
PREHEAT
ARM
AND
SLIDE
BRACKET
TRANSPORT
ASSEMBLY
MOTOR/
HEATER
SLIDE
BRACKET
ASSEMBLY
TRANSPORT
ASSEMBLY
SLIDER
Wash
position
MOTOR/
CAM
staton
PIPETTE
LOCATOR
SENSOR
BAR
Green
DETECTOR
BRACKET
CODE
LED,
READER
and
SENSOR
with
BOARD,
SPOT
DETECTOR
FLASH
ASSEMBLY
SENSOR
A
o
PIPETTE,
LOCATOR
HEATER
ASSEMBLY
SLIDER
READ
HEATER
CAM
ARM AND
ASSEMBLY
FAN
ASSEMBLY
Ns
|
(
I
[
TOM
Lol
Y
=
)
9
2
으
一
č
5
一
더
-
で
ちち
DISPOSAL
Figure
XP3111-1,
2
CUP
Front
4/86
SUPPORT
FLASH
and
COVER
LAMP
A/D
CONVERTER
ANALOG
FLASH
BOARD
ASSEMBLY
LZ
TRANSFORMER
ASSEMBLY
MAIN
SWITCH
Figure
XP3111-1,
3
Back
4/86
POWER
FILTER
WHEEL
INTERFACE
ac
FILTER
INPUT,
DRIVE
and
MOTOR
LINE
FUSES
CAM
BRACKET
DRIVE
MOTOR/
ASSEMBLY
REFLECTOMETER
LENS
CONNECTORS
ASSEMBLY
READ
ARM
AND
PIPETTE LOCATOR
BAR
CODE
READER
BOARD
TRACK
SUBASSEMBLY
LINE
FILTER
FAN
ASSEMBLY
HEATER
ASSEMBLY
PIPETTE
LOCATOR
TRACK
FLASH
TRIGGER
SUBASSEMBLY
LAMP
MODULE
and
ANALOG
Figure
XP3111-1,
BOARD
4
RIBBON
Right
4/86
CABLE
side
CONNECTOR
TRANSFORMER
MAIN
ASSEMBLY
POWER
SWITCH
1.5
SLIDE
BRACKET
Figure
XP3111-1,
TRANSPORT
ASSEMBLY
5
Left
4/86
MOTOR/
side
ANALOG
MOTOR
BOARD
CONNECTORS
and
REFLECTOMETER
LENS
ASSEMBLY
1.6
>DO0
@
0000009090
COMME
Net
CONNECTOR
CAM
DRIVE
CONNECTOR
READ
and
ARM
THERMISTOR
TOR
-
J12
MOTOR
CONNECTOR
LOWER
PLATEN
J2
HEATER
HEATER
«QE
33
CONNECTOR
FILTER
J4
WHEEL
MOTOR
CONNECTOR
PREHEAT
and
J5
ARM
THERMISTOR
CONNECTOR
SPOT
DETECTOR
SENSOR
CONNECTOR
BAR
BOARD
CONNECTOR
HEATER
J6
CODE
37
READER
38
LED
PIPETTE
DISPLAY
LED
PIPETTE
RECEIVER
DISPLAY
DS1
DS2
TRANSMITTER
TEST
A/D
POINT
SIGNAL
TP2
INPUT
TEST
BAR
POINT
CODE
TP3
INPUT
TEST
A/D
POINT
REFERENCE
TPL
CONNECTOR
SLTDE
MOTOR
TRANSPORT
Oo:
J11
È
DI
Ti
CONNECTOR
HALL-EFFECT
+
т
AL
me
J10
SENSOR
Reo
BOARD
CONNECTOR
RIBBON
CABLE
J9
ASSEMBLY
LED
COVER
TEST
ANALOG
TEST
REFERENCE
PHOTODIODE
OUTPUT
DISPLAY
POINT
RETURN
OPEN
TP7
a
SAMPLE
OUTPUT
POINT
DS3
POINT
PHOTODIODE
TP4
TP5
LED
A/D
DISPLAY
END
LED
SPOT
OF
DISPLAY
PRESENT
LED
SLIDE
DS4
CONVERT
DS5
DISPLAY
PRESENT
DS6
LED
BAR
a
TEST
VOLTAGE
SET
LED
FILTER
PHASE
DISPLAY
CODE
DISPLAY
POINT
DETECTOR
VOLTAGE
WHEEL
A
DS7
TP6
DS8
Figure
XP3111-1,
6
Position
4/86
of
the
CONNECTORS
on
the
ANALOG
BOARD
1.7
Figure
XP3111-1,
7
Position
the
4/86
ANALOG
of
BOARD
the LED
DISPLAYS
and
TEST
POINTS
on
1.8
CONNECTOR
J2
TEST
POINT
TP3
CONNECTOR
SERIAL
Jl
INTERFACE
SERIAL
INTERFACE
CONNECTOR
FLASH
POWER
CONNECTOR
TRANSFORMER
J4
SUPPLY
J5
LED
DATA
LED
RECEIVE/TRANSMIT
DATA
DISPLAY
TRANSFER
DISPLAY
DS2
DS1
+12
Y
de
TEST
DIGITAL
POINT
TP4
GROUND
TEST
+15
POINT
V
de
TEST
-
15
TP5
POINT
V
de
TP6
CONNECTOR
FAN
ASSEMBLY
J6
ASSEMBLY
TEST
UNFILTERED
into
REGULATOR
TEST
+5
V
POINT
+12
POINT
de
V
TPE
de
de
TPZ
Figure
XP3111-1,
8
Position
4/86
of
the
CONNECTORS
on
the
CONNECTOR
RIBBON
CONTROLLER
J3
CABLE
BOARD
ASSEMBLY
1.9
Figure
XP3111-1,
9
Position
the
4/86
CONTROLLER
of
the
LED
BOARD
DISPLAYS
and
TEST
POINTS
on
1.10
O
©
©
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)
W
L
|
>
tk
q
PUSH-PULL
SCALE
TL-1079
LOGIC
PEN
TL-3008
BAR
SLIDE
CODE
as
READE!
WHITE
SLIDE
REFERENCE
TL-3575
SERIAL
CONNECTOR
Figure
XP3111-1,
10
4/86
LOOPBACK
TL-3225
TIP
GAUGE
HEIGHT
TL-3446
ADJUSTMENT
1.11
XP3111-1,
BLACK
SLIDE
4/86
REFERENCE
TL-3576
3900/A390
BOARD
TL-3577
TEST
1.12
LAMP
REMOVAL
DUAL
SOCKET
TOOL
SIE
TL-3580 ADAPTER
TL-3606
RIBBON
Figure
XP3111-1,
11
CABLE
4/86
0000090
ASSEMBLY
TL-3624
1.13
|
XP3111-1,
4/86 1.14
0292900060
Labels
WARNING
Located
under
PLATE.
Indicates
the
-
DANGEROUS
on
TRACK
FLASH
BASE
ASSEMBLY
LAMP
of
FLASH
VOLTAGE
COVER
LAMP.
CAUTION
Located
Indicates
WINDOW
LABEL
on
if
-
READ
damage
READ
FRAGILE
ARM
to
ARM
falls.
COVER.
SAPPHIRE
o
do
not
slide
ok
to
slide
spot
yet
spot
TRACK
Located
Indicates
and
LABEL
spotting
on
TRACK
correct
ASSEMBLY.
slide
indication.
position
==
100/120V
-750
AT
WARNING
Located
FUSE
Located
POWER
RATING
-
DANGEROUS
on
adjacent
SWITCH.
FLASH
LABEL
VOLTAGE
ASSEMBLY.
to
MAIN
Figure
XP3111-1,
12
4/86
1,15
XP3111-1,
4/86
220/240V
„375
AT
1.16
Kodak,
Ektachem,
and
DTSC
are
trademarks.
4/86
XP3111-1
EASTMAN
KODAK
COMPANY
Customer
©
ROCHESTER,
Equipment
Services
N.Y.
Division
14650
Printed
in
USA
Publication
No.
XP3111-2
3/86
Slide
Slide
Slide
HALL
Kodak
Ektachem
Normal
Transport
Identification
Spotting
EFFECT
System....................
System..............
System......................
SENSORS.....................
DTSC
Section
Operation
Index
MODULE
2
Page
2.01
2.14
2.19
2.23
ANALOG
Temperature
Flash
Slide
Reading
Power
Initialization
The
information
gained
by
Eastman
No patent
Eastman
warranty,
including
is
license
Kodak
express
cohsequential
caused
by
Kodak's
and
CONTROLLER
Control
System
and
Light
Distribution
contained
Company
or
herein
Kodak
Company
is
granted
by
reserves
implied.
with
or
special
negligence
is
based
prior
this
information.
the right
respect
damages,
or
other
Path
*
To
be
PLEASE
NOTE
on
the
experience
to
publication.
to
change
to
this
information.
resulting
from
fault.
BOARD
provided
and
knowledge
this
information
Kodak
shall
the
use
of
in a revision.
relating
to
without
notice,
not
be
liable
for
this
information,
even
*
*
*
=
*
品
the
subject
and
any
loss
if
loss
matter
makes
or
damage,
or
damage
no
©
Eastman
Kodak
Company,
1986
tion
2.
N
|
ration
+
Slide
Transport
tem
The
Slide
chemistry
Many
is
MODULE.
the
Slide
The
operations
only
a
operations
Stations
following
ㆍ
Pickup
first
allows
*
Hold
READER.
Transport
be
to
tests
occur
general
detected
Station.
description
The
following
that
7
stations
Station.
by
the
slide
The
System
processed.
occur
The
the
to
As
slide
moves
when
sections
at
are
defined
operator
BAR
be
inserted
the
slide
is
identified
Slide
the
of
each
CODE
moves
Transport
the
slide
the
motion
will
station.
for
manually
READER
and
Function
slides
to
the
moves
provide
through
of
the
Components
service
removed
to
when
inserts
the
Hold
it
purposes:
at
easily.
waits
System
correct
slide
more
the
this
Station,
stations
the
through
detailed
slide
station.
the
at
the
Hold
at
slide
path.
the
information
at
this
station.
A
SLIDE
bar
code
Station.
the
correct
This
DTSC
RECOVERY
is
read
times
section
about
An
inserted
by
the
to
allow
slide
WELL
BAR
the
is
CODE
+
Spotting
«
Preheat
+
Wash
*
Read
*
Disposal
Station.
Station.
Disposal
fall
into
Read
Station
Station.
Station.
Station. A hole
the
Station
Fluid
The
This
Chemistry
SLIDE
DISPOSAL
station
İLE
—
İİ
{AOE
is
dispensed
slide
is
readings
at
AAN
heated
is
not
the
end
CUP.
fT
0
here
now
are
of
on
the
used,
made
the
slide
to
the
but
on
TRACK
|
le
[e
at
this
correct
could
the
temperature,
be
slide
ASSEMBLY
Preheat
station.
used
for
at
this
station.
Station
-
EO)
[Pickup
Li
o]
37.0* C (98.6*
new
chemistries.
allows
the
ο]
의
|
|
—
sune
b
F).
processed
slide
RECOVERY
to
Station
WELL
XP3111-2
Wash
Station
Spotting
Station
2.1
Hold
Station
3/86
i
rmal
ration
*
Slide
Transport
tem
SLIDE
A
the
the
PUSH-PULL
SLIDE
The
TRANSPORT
CLIP
TRANSPORT
SLIDE
makes
SLIDE
The
moves
moves
of
INTEGRATED
drive
ANALOG
TRANSPORT
flexible
SLIDE
SLIDE
the
plastic
TRANSPORT
SLIDE
is
at
TRANSPORT
contact
TRANSPORT
PULLEY
the
the
SLIDE
signals
SLIDE
TRANSPORT
TRANSPORT
SCALE
TRANSPORT
CLIP
the
left
end
CLIP
with
the
on
the
SLIDE
CLIP
BOARD
TRANSPORT
to
the
TRANSPORT
CIRCUIT
to
the
ANALOG
to
BELT
TRANSPORT
MOTOR
BELT
TL-1079,
CLIP
CLIP
engages
of
the
PREHEAT
makes
SLIDE
contact
BELT. A grinding
STAGING
MOTOR/BRACKET
TRANSPORT
left,
and
MOTOR
U7
the
SLIDE
to
the
must
be
is
used
is
connected
the
slide
and
with a STAGING
PIN.
BELT
counterclockwise
is
on
the
ANALOG
BOARD.
TRANSPORT
BELT
to
PLATEN
and
extends
IDLER
adjusted
check
moves
sound
controlled
CONNECTOR
PULLEY
for
the
to
the
it.
ASSEMBLY.
is
normal
ASSEMBLY
MOTOR
the
SLIDE
rotation
BOARD.
MOTOR/PULLEY
from
the
DRIVER
near
the
correct
adjustment.
SLIDE
Homesposition
PIN
rotates
by
step
operation.
TRANSPORT
on
the
when
the
clockwise
TRANSPORT
moves
counts
The
CONTROLLER
J11
provides
PULLEY
Pickup
for
During
TRACK
SLIDE
the
CLIP
transmitted
ASSEMBLY.
Station.
A special
BELT.
the
SLIDE
initialization,
to
stop
TRANSPORT
or
counterclockwise
CLIP.
to
the
data
communication
connected
The
tool,
The
TRANSPORT
motion
Clockwise
right.
by
the
DRIVER
BOARD
tension
the
SLIDE
the
SLIDE
of
CLIP
to
rotation
The
motion
sends
from
to
of
the
the
SLIDE
TRANSPORT
DRIVER
MOTOR
A
©
>
STAGING
PULLEY,
PIN
LERİ
SLIDE
TRANSPORT
in
home-position
SLIDE
CLIP
TRANSPORT
i
BELT
STAGING
Ll
PIN
IDLER
PULLEY
XP3111-2
2.2
3/86
tion
2.
Normal
ration
:
Sli
ran
t
SLIDE
The
component
PREHEAT
a
monitored
STAGING
3
STAGING
Another
distance
MOTOR
the
TRANSPORT
slide
moves
STAGING
beyond
reverses
slide
position
within
is
a
separate
PLATEN
temperature
RAMPS
RAMPS
RAMP
the
STAGING
to
move
to
be
ASSEMBLY
TRACKS
plastic
part,
are
correct.
and
the
of
37.0° C (98.6°
on
the
is
part
RAMP,
the
slide
metal
PREHEAT
and
in
side
of
the
of
the
PIPETTE
and
backward
surfaces,
the
F.)
the
PLATEN
READ
TRACKS,
LOCATOR.
then
the
against
SLIDE
ASSEMBLY.
ARM
direction
the
and
at
the
STAGING
STAGING
TRANSPORT
PREHEAT
Preheat,
of
The
the
TRACKS.
Heating
Wash,
slide
SLIDE
RAMP.
RAMPS
devices
ARM
and
advances a short
TRANSPORT
This
keep
Read
motion
The
metal
below
the
the
slides
Station.
causes
at
PREHEAT
SLIDE
The
correct
BAR
The
SENSOR
distance.
STOP
inserted
position
CODE
BAR
CODE
on
BAR
PLATEN
slide
makes
to
READER
READER
the
BAR
CODE
allow
CODE
READER
ASSEMBLY
contact
the
with
SLIDE
detects
READER
the
SLIDE
TRANSPORT
that a slide
is a Light
STOP.
CLIP
is
inserted,
Emitting
The
to
engage
and
Diode
SLIDE
the
reads
which
STOP
slide.
the
holds
bar
code
is
focused
the
on
the
at a set
slide
in
slide.
the
The
XP3111-2
SLIDE
STOP
2.3
3/86
n2
m
Ti
+
Slide
T
ri
t
SLIDE
The
SLIDER
The
ARM.
The 2 STAGING
DISPOSAL
SLIDE
SLIDE
DISPOSAL
DISPOSAL
CAM
SLIDER
Home+position
CAM
CUP
CUP
moves
PINS
CUP
to
the
for the
stop
the
at
the
end
right
SLIDER
motion
of
to
CAM
of
the
lift
the
the
slide
PREHEAT
is
between
SLIDER
path
the
CAM
receives
the
ARM,
and
PREHEAT
to
the
processed
to
the
left
ARM
right
and
slides.
to
lift
and
READ
to
the
the
left.
READ
ARM.
CAM
The
The
motion
INTEGRATED
communcation
BOARD
DRIVE
PINION
PINION
of
the
sends
on
rotates
CAM
——
MOTOR/BRACKET
the
CAM
DRIVE
clockwise
DRIVE
CIRCUIT
from
the
drive
signals
U1
ANALOG
CAM
DRIVE
MOTOR
on
to
ASSEMBLY
MOTOR/BRACKET
or
counterclockwise
is
determined
the
ANALOG
the
BOARD
ANALOG
MOTOR
to
the
BOARD.
to
move
by
step
BOARD.
CAM
STAGING
READ
ASSEMBLY
the
SLIDER
counts
CONNNECTOR
DRIVE
MOTOR.
PIN
ARM
engages
sent
PINION
CAM
by
DRIVER
the
SLIDER
left
J12
provides
The
CONTROLLER
PREHEAT
or
right.
SLIDER
CAM.
The
data
CAM
ARM
XP3111-2
2.4
3/86
Section
2.
Normal
Operation
*
Slide
Transport
System
ANALOG
The
ANALOG
components
BOARD
and
the
SLIDE
CAM
communication
J9 - RIBBON
BOARD
in
has
DRIVER
CAM
TRANSPORT
DRIVE
to
DRIVE
MOTOR.
CONTROLLER
BOARD
the
CABLE
J8-GreenLED
47 - BAR
CODE
DTSC
with
receives
MODULE.
INTEGRATED
MOTOR.
MOTOR.
The following
the
components
ASSEMBLY
BOARD
data
from
To
CIRCUITS
DRIVER
DRIVER
figure
described
operate
D
y
READER
BOARD
and
transfers
the
Slide
that
INTEGRATED
INTEGRATED
gives
the
in
this
section.
J6 - SPOT
DETECTOR
signals
operate
CONNECTORS
J10 - HALL
to
almost
Transport
the
SLIDE
CIRCUIT
CIRCUIT
SENSOR
System,
U7
U1
EFFECT
all
of
the
the
TRANSPORT
sends
step
sends
step
that
provide
SENSOR
J11 - CAM
operating
ANALOG
counts
counts
data
BOARD
DRIVE
BRACKET
MOTOR
to
to
MOTOR/
ASSEMBLY
the
the
CONTROLLER
CONNECTOR
CONTROLLER
ANALOG
the
CAM
J3
provides
CONTROLLER
ANALYZER.
J1
-to
DT60
BOARD
DRIVE
data
BOARD
J9
on
the
ANALOG
BOARD.
that
MOTOR.
communication
BOARD
Then
indicate
A
provides
ο,
BOARD
the
CONTROLLER
the
correct
RIBBON
with
the
data
:
transfers
times
CABLE
ANALOG
communication
data
BOARD
to
operate
which
BOARD.
with
from
the
executes
the
SLIDE
is
permanently
CONNECTOR
the
computers
SENSORS
command
TRANSPORT
attached
in
the
J3 - RIBBON
to
to
the
signals
to
CONNECTOR
J1
on
the
DT60
CABLE
ANALOG
to
MOTOR
BOARD
the
and
ASSEMBLY
XP3111-2
CONTROLLER
BOARD
2.5
3/86
n
2.
|
tion
e
Sli
n:
ti
Other
You
"Normal
Components
should
PIPETTE
SPOT
Green
HALL
CLM — in
“ec...
LC
PIPETTE
be
able
to
Operation":
LOCATOR
DETECTOR
LED
EFFECT
the
DT60
DISPLAY
—
LOCATOR
identify
BOARD
in
the
SENSOR
ANALYZER
the
DT60
following
ANALYZER
parts,
SPOT
which
DETECTOR
are
described
SENSOR
in
other
sections
of
HALL
EFFECT
BOARD
XP3111-2
LC
2.6
DISPLAY
DT60
ANALYZER
3/86
ti
rati
n
The
following
numbers
SLIDE
Disposal
Station
|
TRANSPORT
ῃ
figure
indictate
|
Station
자
indicates
an
approximate
CLIP
Read
231
the
complete
number
for
each
Wash
Station
=>
24
182
Step
Count
motion
of
station.
Preheat
Station
Ba
steps
the
182
Diagram
of
the
SLIDE
SLIDE
Spotting
|
Station
>
24
TRANSPORT
TRANSPORT
Station
[を
24
182
MOTOR
Hold
CLIP.
339
The
moves
Pickup
Station
le
the
|
XP3111-2
2.7
3/86
ti
1.
Slides
and
position
2.
The
slide
BOARD.
signal
are
inserted
the
notch
for
inserting
BAR
CODE
reflects
begins
the
The
manually
toward
READER
light
ANALOG
the
operating
i
at
the
right.
slides.
emits
up
to
the
BOARD
sequence.
Sequence
the
Pickup
The
LABEL
Station.
Operation
of
The
adjacent
slides
to
the
‧
are
inserted
Pickup
Station
rt
with
the
bar
indicates
the
m
code
up,
correct
AL
Notch
a
light
beam
to
the
BAR
CODE
sends
READER,
a
message
TRACK.
executing
the
to
The
white
a
signal
CONTROLLER
surface
to
the
ANALOG
BOARD.
of
an
inserted
This
3.
The
BOARD
PULLEY
TRANSPORT
4,
The
BELT
5.
The
engaged,
to
6.
The
CODE
in
Disposal
Station
CONTROLLER
executes a signal
on
SLIDE
CLIP
the
DRIVER
one
TRANSPORT
moves,
engages
and
SLIDE
READER.
continual
Read
Station
BOARD
the
SLIDE
BELT.
the
CLIP
the
slide
the
motion
TRANSPORT
PULLEY
The
BAR
motion
sends a signal
to
the
SLIDE
TRANSPORT
CLIP
is
moves
of
then
to
Wash
Station
from
at
the
the
BELT
MOTOR.
rotates
CODE
the
Hold
Pickup
to
the
TRANSPORT
MOTOR
connected
homesposition
Station.
and
the
clockwise,
READER
Station.
Preheat
Station
rotates
to
the
CLIP
to
reads
|
ANALOG
MOTOR
SLIDE
to
the
There
is
determined
move
the
Spotting
Station
BOARD.
counterclockwise
TRANSPORT
Pickup
is
no
devise
the
CLIP
bar
code
The
to
begin
operation.
Station.
to
detect
only
by
and
the
on
the
slide.
Hold
Station
li
ANALOG
to
move
BELT.
that
the
step
slide
the
When
the
count
under
The
slide
Pickup
Station
The
SLIDE
slide
signal
the
moves
the
is
BAR
XP3111-2
2.8
3/86
tion
7.
The
transfers
8.
The
the
MODULE.
9.
For
decoded.
SELECT
2.
Normal
bar
code
the
bar
code
status
the
of
slide
If
TEST"
data
is
sent
data
to
the
data
is
the
chemistry.
to
be
successfully
the
bar
code
is
displayed.
ration
to
the
DT60
ANALYZER
compared
The
is
partially
CONTROLLER
with
data
stored
DT60
ANALYZER
identified
The
as a rate
decoded,
operator
BOARD.
for
identification.
in
the
CDM
then
slide,
at
the
message
must
manually
+
Slide
Transport
The
CONTROLLER
in
the
DT60
sends a response
least the
"SLIDE
select
ANALYZER
first 3 bars
NOT
IDENTIFIED
the
test
on
to
BOARD
the
DTSC
must
the
KEYBOARD.
to
be
tem
check
/
10.
Data
is
in
the
CLM.
calibrated
11.
Ifthe
chemistry
the
slide,
sends a message
Station.
12.
If
the
chemistry
ANALYZER
name
of
13.
The
slide
BELT
BELT
device
read
from
the
The
chemistry
for
the
generation
is
not
the
message
to
the
is
included
sends
all
the
chemistry
advances a short
reverses
is
determined
to
check
to
move
that
the slide
only
CLM
that
of
number
included
"SLIDE
DISC
in
data
necessary
is
displayed.
distance
the
slide
by
step
ЩИ
These 3 bars
checks
the
slide
of
in
the
NOT
MODULE
the
CLM
The
beyond
backward
count
is
in
the
=
identify
if
the
chemistry
must
exist
the
slide.
CLM,
IDENTIFIED"
correct
or
that
causes
and
is
for
processing
slide
the
against
to
the
SLIDE
position.
is
not
calibrated
advances
Spotting
rate
slides
of
the
in
the
CLM,
calibrated
is
displayed.
the
slide
for the
the
slide
to
the
Station,
the
STAGING
TRANSPORT
slide
is
compatible
and
the
for
the
The
to
be
returned
generation
to
the
DISC
Spotting
and
then
RAMP.
MOTOR,
with
chemistry
generation
DT60
number,
MODULE.
Station.
the
must
number
ANALYZER
to
the
Pickup
direction
The
motion
and
the
be
the
DT60
The
of
of
there
is
data
of
the
the
no
14.
The
white
surface
reflectance. After 3 seconds,
second
a
tone
SPOT
delay
occurs
DETECTOR
of
allows
to
indicate
XP3111-2
the
the
slide
SPOT
to
the
causes
the
the
message
DETECTOR
operator
Zz
SPOT
"SPOT
that
re
DETECTOR
SENSOR
the
slide
SLIDE
デン
WITH
to
stabilize.
is
ready
ディ
SENSOR
FLUID"
The
for
sample
to
detect a change
is
displayed.
green
Green
LED
fluid.
LED
in
The
3
flashes and
3786
15.
tion
2.
The
SPOT
dispensed
SENSOR
N
rati
DETECTOR
on
the
slide,
the
to
execute a signal
SENSOR
reflectance
to
the
monitors
the
is
reduced.
ANALOG
reflectance
This
change
BOARD.
+
Slide
of
the
slide.
causes
Ti
When
the
SPOT
t t
fluid
is
DETECTOR
SPOT
16.
No
The
DETECTOR
green
displayed.
MOTOR
17.
Atthe
homesposition
drop.
LED
The
that
same
SENSOR
Normal
light
stops
CONTROLLER
causes
time,
the
to
the
reflectance
flashing,
motion
CAM
right,
and
of
DRIVE
lifting the
the
message
BOARD
the
slide
to
MOTOR
PREHEAT ARM
SPOT
DETECTOR
"WAIT — SLIDE
executes a signal
the
Preheat
is
energized.
for
Station.
The
to
allow
SENSOR
BEING
the
SLIDE
SLIDER
the
slide
LOADED"
TRANSPORT
CAM
to
moves
move
is
from
below
it.
18.
slide
The
SLIDE
TRANSPORT
STAGING
TRANSPORT
Station.
advances
a
RAMP.
MOTOR,
PREHEAT
short
MOTOR
motion
The
distance
reverses,
is
there
and
ARM
beyond
the
causing
controlled
device
no
is
Preheat
the
by
only
detect
to
SLIDER
Station,
to
slide
step
the
that
CAM
and
move
count
the
the
direction
:he
then
backward
SLIDE
the
to
in
is
slide
of
against
the
the
Preheat
the
XP3111-2
2.10
3/86
19.
ti
The
CAM
to
move down
CLIP
and
Normal
DRIVE
over
raises
it
MOTOR
the
slide.
from
ration
moves
The
the
slide.
the
SLIDER
CLIP
DETENT
CAM
on
to
the
the
PREHEAT
left,
causing
ri
ARM
the
PREHEAT
compresses
tem
ARM
the
20.
The
DTSC
operator
the
through
DETENTS
CLIP
inserts
CLIP
the
will
MODULE
to
move
Preheat
on
the
not
engage
CLIP
is
now
an
additional
each
slide
Station
ARMS
any
DETENT
ready
slide,
to
the
or
the
cause
slides
PREHEAT
to
the
correct
Read
the
CLIP
under
ARM
receive
CONTROLLER
Station
the
another
station
to
ARMS.
be
at
when
bent
slide
BOARD
the
correct
the
back
at
ARMS
on
the
the
Pickup
will
time.
are
flexible
SLIDE
Station.
monitor
If
the
CLIP
down,
the
BELT,
TRANSPORT
If
the
the
motions
must
CLIP
so
that
CLIP
of
move
the
21.
The
This
22.
When
The
23.
The
The
Read
Disposal
Station
time
that
data
was
the
time
CAM
SLIDE
slide
lifts
TRANSPORT
moves
Station.
]|
Station
the
slide
sent
from
is
completed,
the
PREHEAT ARM
backward
Read
remains
the
CLM
the
MOTOR
against
Wash
Station
in
CAM
the
Preheat
when
and
then
the
Station
the
slide
DRIVE
STAGING
MOTOR
allows
moves
Preheat
Station
is
determined
was
identified.
the
CLIP
the
CLIP
RAMP,
|
by
moves
to
engage
and
then
the
the
SLIDER
the
slide
continues
Spotting
Station
the
type
slide.
to
the
to
Station
of
chemistry.
CAM
Wash
move
Hold
to
the
right.
Station.
toward
the
Pickup
Station
XP3111-2
2-11 3/86
25.
tion
The
the
2
FLASH
READ
LAMP
ARM.
energizes
This
reading
to
take a reading
will
be
used
of
the
WHITE
for a white
+
Slide
REFERENCE
reference
reading
Tr
during
rt m
on
the
bottom
the
read
of
cycle.
26.
27.
28.
The
When
White
SLIDER
the
READ
the
READ
the
light
down
reference
The
BELT
motion
reading
slide
advances a short
reverses,
moves
Reference
CAM
ARM.
The
ARM
through
during
causing
the
Reading
does
HALL
is
the
slide
directly
not
stop
at
EFFECT
up, the
SAPPHIRE
the
read
FLASH
cycle.
77
distance
the slide
to
above
home+position,
SENSOR
LAMP
WINDOW,
but
detects
energizes
this
Ne
;
beyond
move
the
backward
the
SAPPHIRE
Read
continues
that
the
again.
reading
Wo
X
Station,
against
WINDOW.
7
\
7
。
—
Black
and
the
to
move
READ
Because
will
be
used
SAPPHIRE
Reference
then
the
STAGING
to
the
left,
ARM
is
up.
no
surface
for a black
WINDOW
Reading
direction
RAMP.
lifting
reflects
of
the
This
The
29.
XP3111-2
SLIDER
CAM
moves
home+position.
to
The
2.12
READ
ARM
SLIDER
moves
CAM
down
over
in
home-position
the
slide.
3/86
Section
30.
The
HALL
the
Read
31.
The
data
identified.
number
32.
When
33.
The
SLIDER
HALL
34.
The
CLIP
The
CLIP
35.
At
the
moves
2.
Normal
Station,
for
of
the
reading
EFFECT
moves
is
same
down.
Operation
EFFECT
the
The
readings.
CAM
now
time,
SENSOR
error
number
FLASH
cycle
moves
SENSOR
the
slide
in
the
the
SLIDER
detects
code
F31
of
readings
POWER
is
completed,
left,
lifting
detects
to
the
that
occurs.
was
SUPPLY
the
the
that
the
Disposal
home+position.
CAM
moves
the
slide
sent
from
energizes
results
READ
READ
Station,
right,
だ
is
under
the
CLM
the
are
printed.
ARM.
ARM
and
the
to
the
だ
xsSlideTransportSvstem
the
READ
when
FLASH
The
CLIP
is
up.
slide
falls
home+position.
the
the
LAMP
engages
into
ARM.
BAR
for
the
the
The
If
no
CODE
the
necessary
slide.
DISPOSAL
READ
slide
was
The
CUP.
ARM
is
_
in
XP3111-2
2.13
3/86
Norm
ti
«Slide
Identification
The
Slide
Identification
executes a signal
information
With
this
data,
chemistry,
MODULE
calibrated
+
the
・
the
+
the
in
the
the
that
is
time
filter
number
to
used
System
start
the
bar
code
on
CLM
in
the
for
the
to
determine
the slide
used
to
of
flash
should
read
Slide
operation
equipment.
readings
Identification
first
detects
sequence.
the
slide
DT60
ANALYZER
the
remain
the
slide
that
Function
that a slide
The
and
transfers
first
Then
the
DT60
following
in
must
Components
functions:
the
Preheat
be
made.
System
is
inserted
Slide
Identification
the
information
determines
ANALYZER
Station
into
to
if
the
the
Pickup
System
the
ANALOG
slide
sends
Station,
also
is
an
acceptable
data
to
and
decodes
BOARD.
the
DTSC
then
the
Bar
Codes
Kodak
widths.
the
Ektachem
generation
The
DT
bar
code
number
Slides
is
have
decoded
of
the
bar
codes, a sequence
for
necessary
emulsion.
Bar
Code
information
of
black
about
and
white
the
chemistry
lines
of
of
different
the
slide,
and
XP3111-2
2.14
3/86
tion
BAR
The
BAR
that
receives
which
the
slide
2.
CODE
CODE
allows
moves
Normal
READER
READER
the
light
no
light
under
rati “Sli
has a Light
reflected
to
be
the
from
reflected
BAR
CODE
Emitting
the
slide.
up
to
the
READER,
Diode
The
BAR
beam
CODE
the
that
is
bar
code
emits a beam
projected
READER
through a hole
until a slide
is
read.
of
light,
11
anda
in
is
inserted.
Photo
the
TRACK,
m
Diode
As
BAR
CODE
The
BAR
CODE
System.
reflectance
BOARD
POTENTIOMETER
obtained
to
the
READER
READER
from a slide.
ANALOG
BOARD
BOARD
Hole
BOARD
RI
monitors
is
adjusted
The
CONNECTOR
for
data
BAR
Ww
the
data
input
to
emit a specified
J7
connects
communication.
CODE
READER
functions
voltage
the
for
the
for the
BAR
Slide
maximum
CODE
Identification
white
READER
POTENTIOMETER
η
Sia;
aX
一
BAR
XP3111-2
CODE
R1
ーー
©
—=—
READER
BOARD
ANALOG
BOARD
CONNECTOR
2.15
J7
3/86
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